When the wind blows against your skin, you interact with more air molecules, transferring more heat. That's why the wind chill factor is an apparent temperature change; the temperature is the same, but heat is conducted away from you more quickly. Kind of like how a hot tub at 100 degrees feels much hotter than air at 100 degrees. Same temperature, different conductivity.

so would it be Conduction instead of Convection? I dont have the right version of the book and I cant figure out what he wants here for the life of me. my only options are conduction, convection, and radiation.

so would it be Conduction instead of Convection? I dont have the right version of the book and I cant figure out what he wants here for the life of me. my only options are conduction, convection, and radiation.

Convection is what changes for wind compared to no wind, but if there were no conduction it would not make any difference. If your skin were a perfect insulator, you would feel no difference when the wind blows. When the air is still, a layer of warm air builds up around you. Clothing provides a region of captured warm air that keeps you reasonably comfortable on cold days. If you take that layer of warm air away, your body loses heat faster by conduction to the cold air. Of course there is all kinds of convection going on inside your body as well, with blood flowing through your extremities.